2021 SEAT Leon FR TSI EVO 1.0L Petrol · FN71 LRZ

The 2021 SEAT Leon FR TSI EVO presents a stable and sound mechanical baseline, holding a clean MOT certificate following its most recent test on 22 August 2025 at 32,759 miles. The maintenance trend remains consistently positive, with the vehicle passing its last recorded inspection with zero defects. A peculiar anomaly appears in the record on 12 August 2025, when the car failed at 32,758 miles despite recording no defects, only to pass a mere ten days later at virtually identical mileage. This suggests a clerical or administrative irregularity rather than a sudden mechanical failure and repair, leaving the current roadworthiness status firmly intact. The mileage accumulation aligns with light usage, averaging approximately 6,552 miles per year over its five-year lifespan. Between the September 2024 test at 27,761 miles and the August 2025 test at 32,759 miles, the vehicle covered 4,998 miles in eleven months, confirming a steady but low annual distance. Such low-mileage operation typically reduces wear on drivetrain and braking components, though prolonged periods of standing can degrade rubber suspension bushes and tyre sidewalls through static loading and perishing. Given the absence of recurring mechanical advisories, a buyer should focus on the specific wear patterns associated with low-mileage urban driving. Inspect the tyre tread depths and sidewalls closely, as the rubber may have hardened or developed flat spots from prolonged stationary periods. Examine the brake discs for surface corrosion, a common issue when a vehicle covers short distances that fail to wipe the rotors clean. The front suspension bushes and anti-roll bar links warrant a physical check for deterioration, as low-speed driving over speed bumps and potholes accelerates the perishing of these rubber components. The anomalous fail on 12 August 2025 requires clarification from the seller. While the subsequent pass indicates no underlying mechanical defect, the discrepancy suggests a potential administrative error or an aborted test. Request the V5C registration document and verify the service history to confirm whether this anomaly impacts the vehicle's provenance or if it was simply a procedural quirk at the testing station.